Energetic materials are important class of functional compounds that combine the beauty of
extreme high-energy chemistry with rigorous constraints on safety and performance. As a …

Thermally stable energetic materials have broad applications in the deep mining, oil and
natural exploration, and aerospace industries. The quest for thermally stable (heat-resistant) …

A critical survey concerning biocidal energetics is proposed according to a classification
depending on their chemical structure. The need of optimizing the performances of such …

Energetic materials science is undergoing a global renaissance aiming to reach an ideal
combination between reliable synthetic strategies, high performance and acceptable …

A majority of known and newly synthesized energetic materials comprise polynitrogen or
nitrogen–oxygen heterocycles with various explosophores. However, available structural …

Recently, the fused cyclic compounds have been the object of an increased interest in the
field of energetic materials (EMs) due to the trade-off between energy and safety. Compared …

The sublimation enthalpy of energetic compounds is often predicted using quantum
chemistry (QC) based quantitative structure–property relationship (QC-QSPR), which is …

There is an urgent demand for novel energetic materials with improved performance to
serve as oxygen suppliers (oxidizers) and high-energy additives. Synthesis and …

Recently, polysaccharides have attracted tremendous interest as potential candidates to
develop promising high-energy dense polymers through the chemical functionalization of …

Recently, fused rings compounds have attracted an increasing focus since their outstanding
features like high-energy, insensitiveness, high thermal stability, and so on. In order to gain …